A falling package with a parachute is greatly affected by air resistance. Suppose a package (m = 25 kg), dropped from an altitude of y = 1500 m, hits the ground at a speed of v = 45 m/s. Calculate the work done by air resistance.By conservation of energy, the initial total mechanical energy is equal to the final total mechanical energy. Let K be the kinetic energy, U be the gravitational potential energy, and Wair be the work done by the drag force from air resistance.E1 = E2K1 + U1 + Wair = K2 + U2Some of the terms in the equation above are zero so it can be simplified to: + Wair = Isolating the work done by air resistance, we get:Wair = ½ - mPlugging in the values given, the work done by air resistance is:Wair = 2.19 kJ kindly box the answer so that I won't be confused, Thank you!!! A falling package with a parachute is greatly affected by air resistance. Suppose a package (m = 25 kg), dropped from an altitude of y = 1500 m, hitsthe ground at a speed of v = 45 m/s. Calculate the work done by air resistance.%3DBy conservation of energy, the initial total mechanical energy is equal to the final total mechanical energy. Let K be the kinetic energy, U be thegravitational potential energy, and Wair be the work done by the drag force from air resistance.E1 = E2K1 + U1 + Wair = K2 + U2Some of the terms in the equation above are zero so it can be simplified to:+ WairIsolating the work done by air resistance, we get:Wair = 4- mPlugging in the values given, the work done by air resistance is:air2.19 kJ

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Description: A falling package with a parachute is greatly affected by air resistance. Suppose a package (m = 25 kg), dropped from an altitude of y = 1500 m, hits the ground at a speed of v = 45 m/s. Calculate the work done by air resistance.By conservation of en

Mass of package = 25kg Mass drop from height =1500m Velocity of mass hit the ground =45m/s

Answered: A falling package with a parachute is…

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A falling package with a parachute is greatly affected by air resistance. Suppose a package (m = 25 kg), dropped from an altitude of y = 1500 m, hits the ground at a speed of v = 45 m/s. Calculate the work done by air resistance.

By conservation of energy, the initial total mechanical energy is equal to the final total mechanical energy. Let K be the kinetic energy, U be the gravitational potential energy, and W_air be the work done by the drag force from air resistance.

E₁ = E₂

K₁ + U₁ + W_air = K₂ + U₂

Some of the terms in the equation above are zero so it can be simplified to:

+ W_air =

Isolating the work done by air resistance, we get:

W_air = ½ - m

Plugging in the values given, the work done by air resistance is:

W_air = 2.19 kJ

kindly box the answer so that I won't be confused, Thank you!!!

A falling package with a parachute is greatly affected by air resistance. Suppose a package (m = 25 kg), dropped from an altitude of y = 1500 m, hits
the ground at a speed of v = 45 m/s. Calculate the work done by air resistance.
%3D
By conservation of energy, the initial total mechanical energy is equal to the final total mechanical energy. Let K be the kinetic energy, U be the
gravitational potential energy, and Wair be the work done by the drag force from air resistance.
E1 = E2
K1 + U1 + Wair = K2 + U2
Some of the terms in the equation above are zero so it can be simplified to:
+ Wair
Isolating the work done by air resistance, we get:
Wair = 4
- m
Plugging in the values given, the work done by air resistance is:
air
2.19 kJ

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